Why don\'t we observe the deBroglie wavelength of everyday macroscopic objects (

Question

Why don't we observe the deBroglie wavelength of everyday macroscopic objects (such as a moving car or a thrown baseball)?
Answer The wavelength is too small relative to the size of macroscopic objects to be observed. The macroscopic objects are moving to quickly for the wavelength to be observed. Macroscopic objects do not have wave-like properties. Why don't we observe the deBroglie wavelength of everyday macroscopic objects (such as a moving car or a thrown baseball)? Why don't we observe the deBroglie wavelength of everyday macroscopic objects (such as a moving car or a thrown baseball)?

The wavelength is too small relative to the size of macroscopic objects to be observed. The macroscopic objects are moving to quickly for the wavelength to be observed. Macroscopic objects do not have wave-like properties. The wavelength is too small relative to the size of macroscopic objects to be observed. The macroscopic objects are moving to quickly for the wavelength to be observed. Macroscopic objects do not have wave-like properties.

Explanation / Answer

The macroscopic objects are moving to quickly for the wavelength to be observed. The macroscopic objects are moving to quickly for the wavelength to be observed.

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